Columbia Gas Transmission & Storage - Gas Pipeline Facility in Cambridge, Ohio, United States

Columbia Gas Transmission & Storage is a gas pipeline facility located at 11296 East Pike Road in Cambridge, Guernsey County, Ohio, United States. The facility is operational and plays a role in the natural gas transmission infrastructure of the region. As part of the broader Columbia Gas network, it contributes to the transportation and storage of natural gas for residential, commercial, and industrial customers. The facility operates under the regulatory oversight of the Pipeline and Hazardous Materials Safety Administration (PHMSA) and complies with 49 CFR Part 192, which governs gas pipeline safety in the United States. While specific technical specifications such as pipeline length or capacity are not detailed in the available data, the facility's classification under NAICS 486210 (Pipeline Transportation of Natural Gas) indicates its primary function in the interstate or intrastate transmission of natural gas. Located in southeastern Ohio, the facility supports the energy needs of the surrounding communities and contributes to the reliability of the natural gas supply in the region. Its operational status ensures continued service, and its presence underscores the importance of pipeline infrastructure in maintaining energy distribution networks. The facility's location near Cambridge provides access to local and regional markets.

The facility is situated in a rural area of Guernsey County, Ohio, near the city of Cambridge. The region is characterized by rolling hills and agricultural land, with several waterways including Wills Creek and the Muskingum River nearby. Pipeline operations in such areas require careful management to prevent leaks or ruptures that could impact soil and water quality. The age of the pipeline and the effectiveness of cathodic protection systems are critical factors in minimizing environmental risks. The commodity transported, natural gas, poses risks of methane emissions and potential explosion hazards, necessitating robust safety protocols.